Stowers Institute Welcomes Esteemed Scientist David Stern
David Stern's Arrival at Stowers Institute
David Stern, Ph.D., a noted biologist recognized for his groundbreaking work on insect–plant relationships, is set to join the Stowers Institute for Medical Research as an Investigator. Known for his innovative research, Stern's work promises to shape the future of pest control.
Unraveling Botanical Mysteries
Stern has dedicated his career to uncovering the complexities of how insects interact with plants. His research, originally conducted at the Howard Hughes Medical Institute's Janelia Research Campus, has led to significant discoveries about how insects manipulate plant development. His move to Stowers in February 2026 expands his pursuit of these critical biological interactions.
Breakthrough Discoveries
At Janelia, Stern and his team made a significant breakthrough with the discovery of bicycle proteins. These proteins deceive plants into creating galls, which serve as protective homes for aphids. This finding illuminates a long-standing question in biology about how insects hijack plant growth.
Implications for Agriculture
The implications of his research are profound, especially concerning agriculture. Aphids, often described as the "mosquitoes of the plant world," not only damage crops but also spread viruses. Stern's insights may revolutionize pest management strategies by targeting salivary glands, which are crucial for aphid survival.
Inspiration from Leadership
President and Chief Scientific Officer Alejandro Sánchez Alvarado, Ph.D., expressed enthusiasm about Stern's appointment, stating that his work reveals novel pathways in biology with far-reaching implications. Stern's unique research perspective aligns perfectly with the Stowers Institute's mission to deepen understanding of biological processes.
An Interdisciplinary Approach
Stern’s diverse background in genetics, evolutionary biology, and biochemical research positions him ideally to contribute to the interdisciplinary environment at Stowers. He aims to foster collaboration that transcends traditional scientific boundaries, enhancing the Institute's innovative culture.
A New Chapter at Stowers
For Stern, joining Stowers represents more than a career move; it's a return to a nurturing scientific community. He is eager to immerse himself in hands-on research alongside fellow scientists. “From my first visit, the energy and excitement of the community were palpable,” he shared, highlighting Stowers as an ideal workspace for curiosity-driven science.
Commitment to Innovative Research
The funding structure at Stowers, supported by prominent organizations, allows scientists to pursue innovative projects without being hindered by financial limitations. This model resonates with Stern's philosophy, fostering an environment where bold questions lead to significant discoveries.
About the Stowers Institute
The Stowers Institute for Medical Research, established in 1994 by philanthropists Jim and Virginia Stowers, is dedicated to advancing biomedical research through foundational studies. With a focus on understanding the fundamental secrets of life, the Institute is committed to improving health through innovative approaches to disease research.
Currently hosting 20 independent research programs, the Institute employs around 500 individuals, including over 370 scientific staff. Stowers Institute stands as a leader in transforming scientific exploration into meaningful advancements in medicine and agriculture.
Frequently Asked Questions
What is the significance of David Stern's research?
Stern's work focuses on understanding insect–plant interactions, particularly how aphids manipulate plants for survival, potentially leading to innovative pest control methods.
When will David Stern begin his position at the Stowers Institute?
Stern is set to transition to the Stowers Institute in February 2026, bringing his research expertise to Kansas City.
What are bicycle proteins?
Bicycle proteins are a newly discovered family of proteins that help aphids trick plants into creating protective structures known as galls, aiding in their survival.
How does this research benefit agriculture?
Stern’s findings may lead to the development of targeted pest control methods addressing crop-destroying insects like aphids, enhancing food security.
What is the mission of the Stowers Institute?
The Stowers Institute aims to deepen our understanding of biological processes and improve health outcomes through innovative research endeavors.
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